China TFT LCD with capacitive touch Manufacturer, Supplier, Factory

Victronix is a professional TFT module manufacturer and supplier based in China. With 18 years of experience in this field, we have developed a variety of models. In addition to our standard products, we also offer customized services to meet our customers' specific needs. This Victronix 3.5'' 480x272 Resistive Touch TFT Module is a premium 3.5 inch TFT LCD module integrated with a 4-wire resistive touch panel. Engineered for industrial and embedded applications, this module combines vibrant visuals, reliable touch functionality, and rugged durability in a compact form factor.

This Victronix 3.5 inch 320x480 IPS TFT Module is a premium 3.5 inch TFT LCD module engineered by Victronix Tecenstar for demanding embedded applications. Featuring a 320×480 RGB resolution IPS panel with wide viewing angles and exceptional optical performance, this module delivers crisp visuals under diverse lighting conditions. Its compact design (54.66 × 82.94 × 2.2 mm) and dual-interface flexibility make it suitable for industrial, medical, and automotive applications. As a professional manufacturer and supplier of TFT modules in China, Victronix 3.5 inch TFT Module is fully compliant with ROHS environmental standards, ensuring superior application performance. We offer a customized service to meet the needs of our customers.

The VXT104QXHA-02-B is a 10.4-inch TFT LCD module with 1024 x 768 XGA resolution and an HDMI input — the first HDMI module in our range, and the difference is the point. Every other module we sell is a component you have to drive: your processor needs the right peripheral, your firmware needs an initialisation sequence, your board needs a frame buffer, and your power design needs the sequencing right. This one includes the driver PCBA, so it takes HDMI from a single-board computer, an industrial PC, a media player or a laptop and shows a picture. There is no display interface to design and no 1.5 MB of frame memory to find in your host. It is also the easy answer when an old XGA panel fails: you do not have to reproduce the original interface, just feed it HDMI from the new computer. Power comes from a 12 V DC jack or 5 V over the HDMI connector, with the jack recommended because no input current is published. Brightness is 600 cd/m² with contrast at 600 minimum and 800 typical, viewing angle 80° in all four directions, and pixels square to within 0.002% so circles need no correction. We are equally plain about what the document does not settle: no LED forward voltage or backlight power, no input current, brightness and viewing angle carry typical values with no minimums, the supported HDMI video modes are not listed, and the outline drawing is missing from the file.

The CTP-VX185A2132 is an 18.5-inch capacitive touch panel in G+G construction, and the only panel in our range with a USB interface — so it works the moment you plug it in, with the multi-touch HID driver already in Windows, Linux, macOS and Android. There is no I2C address to configure and no level shifting to worry about. Ten-point touch, a 409.8 x 230.4 mm active area matched to 1366x768, powered from 5 V. Built for kiosks, information displays, POS and interactive screens.

The CTP-T430GF-04 is a 4.3-inch capacitive touch panel in G+G construction, sized for 480x272 displays and matched to the 95.84 x 54.66 mm view area of our 4.3-inch TFT module. It runs from two rails — VDD at 2.8–3.3 V and IOVCC at a fixed 3.3 V — and its 10-pin FPC puts VDD on pin 10 rather than pin 2. Rated -10 to +60°C, it is built for indoor and commercial equipment rather than industrial extremes. EETI EXC3146 controller, five-point touch.

The CTP-VX156B5544-GG is a 15.6-inch capacitive touch panel in G+G construction, built for laptop-class and portable equipment rather than fixed kiosks. Note for buyers: at 15.6 inches it is inspected in the 10.1–17 inch cosmetic tier, which is about 25% stricter than the tier used for 21.5-inch and larger panels. Transmittance is at least 85% with ≥6H hardness, response is ≤12 ms, and it draws just 12–14.5 mA — low enough for battery-powered devices. Suited to portable terminals, medical carts, industrial laptops and handheld HMI.